278 results about "Generative Design" patented technology

A method for hierarchical layout of an electronic design using an electronic computer aided design system, wherein the method includes generating a parameterized pattern library and using an existing netlist and analyze in a pattern recognizer, from which a list of associations between the pattern library and the netlist is created. Renesting then occurs wherein the netlist using the list of associations is used for generating a hierarchical layout of the electronic components in the design.

A two dimensional pattern design for secure documents serves as both a machine readable code and an aesthetic part of the documents' design. A method for generating the design generates a variable auxiliary message comprising message values and maps the message values to a two dimensional pattern of areas on the document. The areas each comprise an arrangement of pixels on the printed document. Depending on a value of the message mapped to a corresponding area, the method assigns a visible structure to the corresponding area. Different visible structures are assignable to a single value of the message to create a visible design having a desired aesthetic appearance.

Disclosed are improved methods, systems, and computer program products for predicting performance, manufacturability, and reliability (PMR) using concurrent model analyses for electronic designs. Various embodiments of the present invention disclose a method for predicting PMR with concurrent process model analysis in which a method with concurrent model(s) generate a design for the one or more layers in the electronic circuit. The method then analyzes the impact of the processes or techniques for feature geometric characteristic predictions or PMR evaluations, based upon the concurrent models. Results may be reported to the users, or the method may modify the designs to accommodate the variations and determines one or more parameters based upon the concurrent models. One embodiment determines the impact of concurrent model on one or more of performance, manufacturability, and reliability criteria.

The present invention pertains to an automated method for designing a integrated circuit (IC) design-specific cell, the method includes the steps of receiving a design specification for the design-specific cell, mapping a transistor-level representation of the design-specific cell, wherein the mapping is based on at least one, but perhaps plural design specifications, and evaluating the transistor-level representation of the design-specific cell for satisfaction of the design specification.

A design support device supports a design project achieved by executing a plurality of tasks including subtasks. The design history data of the design performed by a designer is sequentially stored and associated with a task to sequentially generate task-design history relevant data. A subtask is defined with respect to the task-design history relevant data to sequentially generate design process data. Subtask relevant data indicating a relevance between subtasks with respect to the plurality of pieces of design process data is generated, and a subtask to be performed in a later design work is estimated with respect to an in-process design work from a difference between past design process data of a project performed in the past and in-process data in a project performed currently to obtain an estimate subtask. An optimal execution order is calculated to obtain estimate design process data and the estimate design process data is output.

A method and system generates a building design and a three-dimensional image thereof. First building information comprising a length, width, total height and wall height of a building is received via a first graphical user interface. If the length, width, total height, wall height, and a selectable building shape yield a valid set of building parameters, a design of said building is generated at a first software module, which is configured to generate the design, including wall portions and a roof portion, using minimum information consisting of the length, width, total height, wall height, and selectable building shape. A first image and a structural analysis of the design are generated. A second software module generates a second three-dimensional image of the building, which is different from the first image. A second graphical user interface permits a user to modify the second image to include predefined building elements.

A design system includes a design engine for generating designs, an evaluation process for evaluating the generated designs based on human visual inspection and/or domain knowledge, and an optimization process for pruning based at least in part on the evaluation. Generation of additional designs is performed based on optimization. Newly-generated designs are then subjected to the same iterative steps. In one embodiment a simulator is also used to evaluate the generated designs, in part, with numerically designed specification. Subjective human evaluation is used fully or at least in part of an optimization process to obtain final designs. Human visual inspection and domain knowledge is used to evaluate and rate key designs at different points in the evolution of a design.

A method of interactively determining at least one optimized design candidate using an optimizer, the optimizer having a generation algorithm and an objective function, the optimized design candidate satisfying a design problem definition, comprises generating design candidates based on the generation algorithm. The generated design candidates are added to a current set of design candidates to form a new set of design candidates. The design candidates are evaluated based on the objective function so that design candidates can be selected for inclusion in a preferred set of design candidates. The current state of the optimizer is presented to a designer for interactive examination and input is received from the designer for updating the current state of the optimizer. These steps are repeated until a stopping criterion is satisfied.

Method and apparatus for creating a circuit design. An object-oriented program instantiates a plurality of objects that model a circuit design. The objects have hierarchy attributes, connectivity attributes, and display attributes that describe a plurality of modules. The hierarchy attributes define parent-child relationships between modules, the connectivity attributes define input-output connections between modules, and the display attributes define a layout of the modules for viewing. Each of the objects has an associated method for generating a design specification in a selected format. When the program is executed, the design specification is generated from the set of objects. Depending on the capabilities of the available tools, the modules and logic elements are displayed in accordance with the display attributes either from the object-oriented program or from the design specification.

A method and system for tracking instances of a testcase execution event within a hardware description language (HDL) model using a simulation control program. In accordance with the method of the present invention, a design entity list is generated within the HDL model, wherein the design entity list identifies all design entities instantiated within the HDL model. One or more instrumentation code modules are dynamically loaded into the simulation control program, wherein the instrumentation code modules generate and process testcase execution events associated with at least one of the identified design entities.

Enterprise-scalable model-based analytics systems are disclosed. One example system may organize an analytic process in the form of an analytic model containing interconnected functional components, with each functional component containing a specific algorithm or analysis technique for fetching, manipulating, or analyzing data. A user may generate an analytic model designed to perform a desired analytic process by placing sub-analytic models and/or functional components in a particular configuration within a graphical user interface by dragging and dropping the sub-analytic models and/or functional components. The resulting process represented by the analytic model may depend on the sub-analytic models and/or functional components within the analytic model and the way they are interconnected. The resulting analytic model may be saved and distributed to other users for use and/or modification.

The present invention is a computer-implemented system and method for automatic generation of Functional Architecture, business, analysis and software design documents based on phrases expressed in natural language.

Eligible languages and their syntactic and grammatical features can be entered into the system. The system receives the description of the case in natural language, in one of the eligible languages, through an input/output device. The processor automatically analyses the description, automatically extracts the functional components from its morphosyntactic structure and automatically generates functional architecture documents for use in industry. Based on the functional components of the text, the processor automatically generates design components in order to produce business, analysis, and software design specification documents.

An IVR system designer receives design specification data (which may be either state definition data or IVR system document data) and stores it in a database. A design specification report can be generated based on the stored design specification data. The report may correspond to a chosen period of time or it may correspond to chosen version of the IVR system. It may provide one or more of the following: a summary of a state within the IVR system, a listing of the previous states that lead to the current state, prompts for the state, inputs for the state, a listing of decision outcomes, key performance indicator triggers for the state, global commands that are active in the state, business units for which the state is applicable, a sample dialogues listing, test scripts listing for testing the IVR system, a change history listing for the system, a design flow diagram for the system, or pseudo-code listing for a portion of the system.

A method and system for generating a bitstream view of a programmable logic device (PLD) design are disclosed. The present invention allows for the correlation of a physical circuit description (e.g., one or more of a PLD design's essential configuration bits) and a logical circuit description (e.g., one or more of the logic elements that make up a PLD design), which can also be viewed as correlating one or more of the physical elements of the design's implementation in the PLD with one or more of the design's logical elements.

A circuit designing method includes steps (a) to (d). The step (a) separates a first algorithm description for a simulation into a hardware portion describing hardware and a software portion describing software, and generating a design data automatically, wherein the design data includes behavior data, architecture data, mapping data and address data. The step (b) generates a first clock base description automatically based on the design data, wherein the first clock base description describes relation between the hardware portion and the software portion. The step (c) generates a second clock base description automatically based on the design data, wherein the second clock base description describes the hardware portion. The step (d) generates a first CPU model automatically based on the design data, wherein the first CPU model describes the software portion. Here, the first clock base description, the second clock base description and the first CPU model are used for verifying the design data.

The invention relates to a system and method for the design of a pipe support hanger. The pipe support hanger includes a logic support hanger insertion module, a solid three-dimensional support hanger generating module, a stress analysis module, a support hanger design module and a three-dimensional collision check module, wherein a logic support hanger is allowed to be inserted in logic support hanger insertion module, the solid three-dimensional support hanger generating module is used for generating a three-dimensional support hanger used for occupying space and a real three-dimensional support hanger, the stress analysis module is used for conducting stress analysis and the corresponding three-dimensional model modification, the support hanger design module is used for generating a data file required by the design, and the three-dimensional collision check module is used for conducting collision analysis. According to the system and method for the design of the pipe support hanger, rapid automatic insertion of the logical support hanger is achieved; the solid three-dimensional model of the support hanger can be generated and the collision analysis of the support hanger can be conducted before the stress analysis is conducted; the follow-up inspection and analysis processes are greatly simplified, redesign and recalculation caused by collision are greatly reduced, bi-directional mutual conductance among three-dimensional design data, stress analysis data and support hanger design software data is achieved, repeated inputting of the data is avoided, and probability of errors caused by manual input is greatly reduced.

The invention discloses a design method of a hot-rolling strip steel rolled cooling line. The design method comprises the following steps of: determining the header arrangement mode of the cooling line; calculating the upper header flow rate; calculating the lower header flow rate; calculating the side-spraying header flow rate; calculating the hot flow density; calculating the cooling capability of a single upper header and a single lower header; calculating the total water quantity; checking the flow rate; drawing a cooling line equipment arrangement diagram; simulating the cooling process; and generating the design information report. In the design, the method of combining the rolling procedure and the equipment structure is adopted, so the whole design process is very clear. The design method can adopt the computer program for calculation, so the design period is short. The design method adopts the calculation method of combining the theoretical model and the field actual data, so the equipment parameter calculation is accurate. The design method has the advantages that the calculation result practicability is fully considered, and the complete one-package service can be provided from the cooling line design and the process calculation to bidding document making and the like.

The image evaluation device includes a design data image generation unit that images design data; a machine learning unit that creates a model for generating a design data image from an inspection target image, using the design data image as a teacher and using the inspection target image corresponding to the design data image; a design data prediction image generation unit that predicts the design data image from the inspection target image, using the model created by the machine learning unit; a design data image generation unit that images the design data corresponding to the inspection target image; and a comparison unit that compares a design data prediction image generated by the design data prediction image generation unit and the design data image. As a result, it is possible to detect a systematic defect without using a defect image and generating misinformation frequently.

A modeling system includes a processor with software that performs static timing analysis (STA) on a design model. STA software executes a static timing analysis (STA) run with shortened clock cycles to model full cycle clock variability. Designers or other entities interpret the results of the shortened STA run data by performing modeling on the output data to generate slack data for design model data paths. STA software executes an STA run with an extended clock cycle to automatically separate half cycle data path (HCDP) slack data from full cycle data path (FCDP) slack data. The full and half cycle clock variability method may automatically adjust slack data for all half cycle data paths (HCDP)s to account for the additional half cycle variation (AHCV) and half cycle clock edge variability that may penalize the design model results in a real hardware implementation. Designers use a sort of slack data for half cycle data paths (HCDP)s independent of the slack data for the full cycle data path (FCDP)s to modify or otherwise perform design changes to the design model prior to hardware implementation.

The invention relates to a satellite design data transmission method based on a DSM and workflow and belongs to the field of design of spacecrafts. The method includes the first step of sorting and summarizing the general flow of designing satellites or other types of spacecrafts on the basis of a traditional process expression mode, the second step of conducting mapping to generate a DSM matrix, conducting statistics on DSM items and conducting structured quantitative analysis item by item to obtain a perfect parameter correlation list, and the third step of utilizing the spreadsheet-based middleware technology to achieve storage of a spreadsheet in a database, and conducting retrieval to generate the satellite coupling design process reflecting engineering practice, conducting dynamic display on the correlation between all satellite design activities through a friendly human-computer interface, and finally conducting automatic data flow to generate a design report. As a result, a foundation is laid for follow-up optimization.